Faith Forge Labs / Game development
Plan a useful prototype, test the right things, and prepare a game for the people who will play it.
Platforms
A browser game lives inside a wider page and browser environment. Loading, focus, screen size, scrolling, audio, and navigation can all affect the experience. Testing only the game canvas in a development window leaves those conditions unexplored.
Read dev note →Player experience
Keyboard, controller, touch, and mouse interactions ask different things of a player. A game designed around precise pointer movement may need a substantial redesign for a phone. Target devices should influence the first playable build, not only the final export.
Read dev note →Production planning
A game idea can expand indefinitely because almost every feature suggests another. Inventory leads to crafting, crafting leads to trading, and trading leads to a whole economy. A useful production scope identifies the experience to complete and the boundary around it.
Read dev note →Purposeful games
A learning game should connect its interaction to the thing people are meant to understand or practice. Adding points to a quiz can be appropriate, but it does not automatically create a useful learning experience.
Read dev note →Starting a game
The core loop describes the action a player repeats, the result they notice, and the reason they choose to continue. It is a useful way to discuss a game idea without beginning with a long list of weapons, levels, characters, and menus.
Read dev note →Production planning
A game can contain models, textures, fonts, sound, music, code, plugins, and voice recordings from different sources. Their licenses may allow different uses and impose different conditions. Keeping a rights record is part of maintaining a usable project.
Read dev note →Player experience
A player may launch a game in a quiet room, on public transport, or while using assistive technology. Loud music or an essential sound-only instruction can become a problem before they reach the settings menu.
Read dev note →Release and handover
After release, a game can receive bug reports, device compatibility problems, content requests, and store notices. Without an agreed support process, every message can feel urgent and nobody may know who can approve a change.
Read dev note →Game systems
Saving is part of the player's trust in a game. People close a window, lose battery, receive a call, or stop at an inconvenient moment. A save design should explain what progress survives and how the player resumes.
Read dev note →Release and handover
A game that runs on a device is not yet a complete store release. The project may also need account ownership, signing, listing material, content information, privacy details, testing access, and a plan for review feedback. Requirements vary by platform and change over time.
Read dev note →Game systems
Two players sharing a game introduces questions that a single-player prototype may never encounter. They can act at the same time, lose connection, disagree about the current state, or arrive with different devices and network conditions.
Read dev note →Platforms
A touch control can look generous on a desktop mockup and still feel awkward on a phone. Hands cover the screen, devices vary in size, and players hold them differently. Physical testing is essential to understanding those conditions.
Read dev note →Production planning
A game interface built around short placeholder text can break when real names, instructions, or translated labels arrive. Localization planning begins with flexible layouts and a clear inventory of player-facing text.
Read dev note →Testing
A game can feel slow for several reasons: uneven frame delivery, delayed input, a long load, or a particular effect that stalls the scene. “Optimize the game” is too broad to tell the team which problem matters most.
Read dev note →Starting a game
A game prototype is most useful when the team knows what it is trying to learn. “Build a small version of the whole game” can still contain too many unknowns. A focused question gives the first build a clearer purpose.
Read dev note →Player experience
A player presses a button, moves an object, or chooses an answer. The game needs to show what happened. Without clear feedback, a valid action can feel unresponsive and a failure can feel arbitrary.
Read dev note →Testing
A useful bug report explains what happened, what was expected, and how to reach the problem. “It crashed” is a starting point, but it leaves the developer guessing about the build, device, sequence, and current state.
Read dev note →Release and handover
A source folder is useful only if the next person can understand and build it. Game projects may depend on an engine version, plugins, imported assets, export settings, and platform-specific tools. Those dependencies should be part of the handover.
Read dev note →Player experience
A long instruction panel can explain the rules while leaving the player unsure what to do. A useful tutorial gives someone a chance to try the relevant action, notice the result, and recover from a mistake in a manageable setting.
Read dev note →Player experience
Players encounter menus before they understand the game. A confusing start screen or settings page can create friction before the first meaningful action. Menus deserve the same attention to feedback and controls as the gameplay itself.
Read dev note →Player experience
Increasing health or reducing damage is one way to adjust difficulty, but it may not address the barrier a player faces. Someone struggling with timing, reading, navigation, or repeated input may need a different kind of option.
Read dev note →Production tools
A custom level editor can let a team create content without changing game code. It can also become a second application to maintain. The decision should begin with the content work people repeat and the mistakes they need help avoiding.
Read dev note →Testing
“The tutorial needs an arrow” is a proposed solution. “The player looked at the locked door for thirty seconds and never noticed the switch” is an observation. Keeping the two separate makes playtest evidence more useful.
Read dev note →Production planning
A vertical slice brings a selected part of a game closer to the intended final experience. It may combine gameplay, art, sound, interface, and technical behavior in one coherent section. Its purpose differs from a rough prototype that tests only one uncertain mechanic.
Read dev note →